A museum-grade, photogrammetry-based replica of the historic 1632 Chesterton Windmill, featuring six massive stone arches and centuries of weathering.

The Details: This is not a plastic toy or a fantasy sculpt—it is a digitized piece of real, breathing history with a heartbeat. This asset is a highly accurate optical scan of the legendary Chesterton Windmill in Warwickshire, UK, originally captured by nneilsutherland. Built in 1632 by Sir Edward Peyto overlooking the ancient Roman Fosse Way, this incredible stone tower has watched centuries of heavy industry and rural life pass by. Because Sir Edward was a mathematician and astrologer, local legends long claimed this bizarre, six-arched structure was built as an astronomical observatory before being converted into a working mill. The era that shaped this structure was raw and real, and because this is a true photogrammetry scan, you might actually walk past the real, physical relic in your travels. The heavy local limestone walls and sandstone string courses exhibit authentic, centuries-old weathering, pitting, and structural settling. The unique open ground floor, supported by six radial semicircular arches, creates incredible deep shadows that will pop under your diorama lighting. Nestled atop a grassy knoll overlooking a rural track siding or branch line, it creates an immediate, striking silhouette. This geometry has been strictly validated for manifold integrity, preserving the exact industrial tolerances of the source artifact.

Technical Specifications:

Native Scale: HO (1:87) - Scales perfectly to O, S, N, and 28mm.

Geometry: 100% Manifold, Watertight

Origin: Fully restored historical optical scan.

Print Difficulty: Moderate FDM (Requires supports for arches/roof)

Recommended Print Settings:

FDM: Print upright. Enable tree supports (touching buildplate) for the six base arches and the overhanging cap. Print at 0.12mm layer height for maximum stone texture retention.

Resin: Tilt 45 degrees backward to place supports on the rear faces, protecting the frontal photogrammetry details.